Green Buildings Initiatives  in Malaysia

1

Energy Indices ( kWh/m2year)

0

50

100

150

200

250

300

Normal Buildings

Typical Consumption200 – 300 kWh/m2year

2001 2006 ( 2015) Benchmark year:

EE in Building Guideline (1989) – Reference document for MS1525:2007 (Code of Practise Use of EE & RE for Non-residential buildings)

136

2

Windows Design

Interior Design

M & E Installation

Low Energy Office

Appliances

MEGTWMEGTW--LEOLEO

Energy Management

System (EMS)

Roof and wall Insulation Innovative

Atrium Design

Use of Daylight

Building Orientation

3

Conventional MEGTW-LEO

0

100

200

300

Cooling Lighting Others Total

120

64 62

11

93

25

275

100

kWh/m²/yr

4

MEGTW‐LEO

5

Passive design

Daylighting (almost 100%)

Double glazing

Insulation

EE lighting, task lights, office equipment, EE air conditioning & ventilation

Floor slab cooling

Thermal energy storage

Controls & Sensors

Solar PV and load shifting

PTM‐GEO

6

A Combination of 2 projects

Super Energy Efficient Building Design

(Super Low Energy with BEI 65 kWh/m2/year)

Malaysian Building Integrated Photo-Voltaic

(With Solar PV 92kWpeak installation) (Green Energy Source)

+

= PTM Green Energy Office Building (GEO)(Demonstrates 10 – 15 years EE & RE building technologies)

Net BEI = 30- 35 kWh/m2/year

PTM‐GEO

7

Building Orientation

The GEO building applied good orientation for daylighting by having majority of its windows and doors faced towards North and South.

8

100% daylight during normal days

9

PTM‐GEO

AB

C

D D

System A: 47.28kWp (polycrystalline) System B: 6.08kWp (amorphous)

System C: 11.6kWp (glass-glass, mono) System D: 27kWp (monocrystalline)

PTM‐GEO: Solar BIPV

PTM Building

10

11

World Green Buildings Initiatives

12

Green Buildings Initiative in Malaysia

13

Malaysia Green Building Index (GBI)

14

15

Malaysia Green Building Index (GBI)

Malaysia Green Technology Policy

16

Announced by Prime Minister on 24th July 2009

Policy StatementGreen Technology shall be a driver to accelerate the nationaleconomy and promote sustainable development.

Green Technology Policy (2009)

Objectives:

Minimise growth of energy consumption while enhancing economic development;

Facilitate the growth of the GT industry;

Increase national capability and capacity for innovation in GT development;

Ensure sustainable development and conserve the environment;

Enhance public education and awareness on GT.

Four Pillars of National Green Technology PolicyEnergy: Seek to attain energy independence and promote efficientutilisation;Environment: Conserve and minimize the impact on the environment;Economy: Enhance the national economic development through the use of technology; andSocial: Improve the quality of life for all.

17

Welcome to our 2nd

National PV Conference (2009)

18

Putrajaya, Malaysia on 17 November 2009

List of Confirmed Speakers:

Dr Hermann Scheer, German Parliamentarian Dr Murray Cameron, EPIA

Prof Dr Martin Green, UNSW Mr Tetsuzo Kobayashi, JPEA Dr Joeng‐Shein Chen, TPVIA Ms Christy Herig, SEPA

Ir Ahmad Hadri Haris, PTM Mr Antonio Berni, Masdar Mr Jos van der Hyden, First Solar

Mr Uwe Bauer, Q‐Cells Mr Rob Vinje, SunPower Mr Max Göldi, Huber‐Suhner

Dr Shawn Qu, Canadian Solar Inc 

Thank You